Sentence examples for distinct fate from inspiring English sources

Asymmetric cell divisions produce two daughter cells with distinct fate.

Stem cells possess the capacity to generate two cells of distinct fate upon division: one cell retaining stem cell identity and the other cell destined to differentiate.

OPC divisions are frequently asymmetric and generate progeny of distinct fate, where only one of the daughter cells preserves NG2 expression and the opposite daughter cell downregulates NG22,3.

Collectively, our findings of distinct fate of TBBPA in different acid leaching reagents provided fundamental information for design of hydrometallurgical treatment of e-wastes to minimize acid reactions with BFRs within plastics matrix and to maximize acid leaching efficiency for metals recycling processes.

Irrespective of the cell division symmetry, cell division results in the formation of a terminal and a basal cell, each having a distinct fate.

The molecular mechanisms behind the differential primary granule mobilization to the phagosome (phagocytosis), nucleus (NETosis), or plasma membrane (third, and presumably distinct, fate), and whether each of the three described fates is exclusive of the others, are but a few examples of the current mysteries surrounding neutrophil biology that will have to be addressed in future research.

Branching points at these trajectories bridge transitional cellular states to distinct fate-specific progenitor populations.

One way to generate this diversity is for neuroblasts to divide asymmetrically, producing daughter cells that adopt distinct fates.

Knowing how these multipotent cells are driven towards distinct fates could, in due course, allow patients to receive regenerative therapies for tissues lost to a variety of pathologies.

We have also shown that nucleotide precursors of thymidylate, namely uridine and deoxyuridine, have distinct fates in DNA, and dietary intake of each of these nucleosides uniquely modifies folate-responsive birth defects and colon tumor formation in mice.

By using human embryonic stem cells (hESCs) and alternative pluripotent cells such as induced-pluripotent stem cells (iPSCs) as a model, we seek to understand how pluripotent cells generate distinct fates during human development.